Grid-connected PV solutions (micro-inverters)

DC low voltage, component-level MPPT

Safety and high efficiency in parallel.

⭐ microinverters safeguard system safety and efficiency.

Component-level MPPT accurately tracks peak power.

DC low voltage ensures system safety.

micro inverter

High efficiency

Photovoltaic (PV) power generation systems are affected by the "shading effect." When modules are shaded, the output current is significantly impacted. Within the system, changes in the current of a single PV module affect the current of the entire PV array, thus affecting the overall power generation efficiency of the PV system.

As a MLPE (Multi-Level Photovoltaic Equipment) module-level power electronics product, the ⭐microinverter features multiple MPPTs (Multi-Level Photovoltaic Testing Stations) to track the highest voltage and current values, enabling the system to reach its maximum output power.

A single shaded PV module will not affect the power generation of other PV modules, thereby maximizing power generation efficiency and energy output.

Furthermore, the multi-MPPT design makes microinverters more suitable for installation on rooftops in complex environments, thus meeting diverse customer needs.

Safety

As a solar energy conversion device, a photovoltaic system continuously generates energy under sunlight, meaning a high-voltage current will constantly exist within the system.

In case of accidents, such as poor DC terminal contact, DC arcing can easily occur, potentially causing a fire. Simultaneously, if the photovoltaic array wires are damaged, there is a risk of electric shock, threatening the safety of firefighters.

⭐Microinverters employ a multi-MPPT design to ensure low DC voltage throughout the system.

Therefore, photovoltaic systems using ⭐microinverters can avoid the risks of high DC voltage and DC arcing. In emergencies such as fires, firefighters are also protected from electric shock, ensuring their safety.

The installation of photovoltaic systems typically requires professional personnel, while ⭐microinverters feature a plug-and-play design, allowing most of the connection work to be completed on the roof.

Therefore, compared to traditional string inverters, ⭐microinverters eliminate the need for complex installation procedures.

Easy to install

Easy to monitor

⭐The micro-inverter employs a module-level monitoring system, enabling independent, real-time monitoring of each photovoltaic module.

In the event of an anomaly in the photovoltaic system, users can quickly locate the malfunctioning module through the monitoring system, analyze and correct the problem, and promptly restore normal system operation.

Compared to other manufacturers, ⭐ micro inverters offer superior product performance, unique structural design, and reliable product quality.